This meticulously crafted 3D-printed replica of Erik XIV of Sweden’s round shield, originally commissioned in 1562, showcases the intricate artistry and historical significance of the original piece. The shield, with its domed front and elaborate high-relief scenes, features mythological figures and decorations inspired by the drawings of the French artist Etienne Delaune. The central boss spike, measuring 13 cm (5.12 inches) on the original, is faithfully reproduced to capture the shield’s dramatic and symbolic presence.
The original shield, made of steel and lavishly decorated by the renowned Antwerp goldsmith Eliseus Libaerts, is part of a larger armor set commissioned for King Erik XIV. This 3D-printed replica brings the historical craftsmanship of the 16th century to life, with the mythological scenes likely depicting episodes from the Trojan War, adding an air of Renaissance grandeur to the piece. The shield’s decorative motifs were designed to glorify the Swedish monarch, aligning him with the heroic figures of antiquity, while its military function underscores its importance as a symbol of royal power.
The replica is available in a range of materials, each offering unique characteristics:
– White Nylon: Polished to achieve a smooth touch, this is the most affordable option and ideal for a lightweight, durable version of the shield.
– Black Nylon: Post-treated for enhanced durability, this finish is resistant to external conditions, scratching, and rubbing, providing a consistent color with a high-quality appearance.
– Brass: Featuring an elegant metallic finish, this material is produced using metal casting for a refined and classic look.
– Bronze: Cast for a traditional, timeless aesthetic, this option replicates the historic feel of the original craftsmanship.
– Gold Plated Brass: Adds a luxurious touch to the shield’s design with a radiant gold finish.
– White Rhodium Plated Brass: Elegant and lustrous, this plating provides a sleek, silvery finish.
Please note that replicas larger than the maximum production capacity for these materials may be produced at a reduced scale compared to the original.
